![]() Hoped Kepler to show something but after i saw tests in depth, i am dissapointed. That was 2nd time i got radeon just because i urgently needed video card to replace broked 8800. Even though i had weaker radeon card i didn’t, everything was smooth. I don’t own 680 series and don’t know anyone who is, friend of mine had 480 and in most games he actually had tearing. Noone cares for maximum > 80 fps at this resolution when it has downsides at around 30 – that causes more disturbance to an eye than 50 to 40. And even gaming features aren’t much better then 7870 at 1920×1080. OpenCL greatly improves the speed and responsiveness of a wide spectrum of applications in numerous market. Compiler Notes: -buildx8664-linux-gnu -disable-vtable-verify. NVidia’s TDP and size of the crystal is too big for something that has features like 7870, add something they cut off and it would be another 4xx series all over again. OpenCL (Open Computing Language) is an open, royalty-free standard for cross-platform, parallel programming of diverse accelerators found in supercomputers, cloud servers, personal computers, mobile devices and embedded platforms. NVIDIA GPU Compute OpenCL CUDA Benchmarks. Maya(which is owned by Autodesk of all companies !) implemented AMD’s physics engine(you know OPEN and CROSSPLATFORM). Now it gets even worse not to care.Īdobe already rewrote some things from Cuda to OpenCL, funny thing is that they did it(or atleast announced) after 680 aired. Nvidia was worse than AMD in OpenCL with previous graphics cards as well. ![]() CLBenchmark homepage can be found HERE.Īs expected realy. You can download CLBenchmark from this link. So here’s my first question - has anyone succeeded having OpenCL capable GeForce/TESLA and Radeon in Linux I’ve noticed that the drivers do something with the kernel, hence the problem. I programmed it under Windows as I couldn’t make NVIDIA and ATI GPUs work together in Linux. I quickly tested it with a Radeon HD 7970 and a GeForce GTX 680… But I’m sure you already know the result □ It is based on a simple FMAD code to maximize the throughput. The test results are listed in a transparent and public OpenCL performance database.ĬLBenchmark 1.1 Desktop Edition supports any standard-compliant OpenCL 1.1 implementation and it is compatible with every major vendor’s solution. It offers an unbiased way of testing and comparing the performance of implementations of OpenCL 1.1, a royalty-free standard for heterogenous parallel programming.ĬLBenchmark compares the strengths and weaknesses of different hardware architectures such as CPUs, GPUs and APUs. You can run them all or individually.ĬLBenchmark 1.1 Desktop Edition is an easy-to-use tool for comparing the computational performance of different platforms. CLBenchmark includes 17 different OpenCL tests. CLBenchmark is a new OpenCL 1.1 benchmark for Windows (I don’t know if other OSes like Linux or MacOSX are or will be supported).
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